Origami has become an important source for the development of mechanical metamaterials
because folding can often lead to enhanced or unconventional mechanical properties …

With the advantages of lightweight and high stowing efficiency, the origami membrane has a
broad application prospect in the space structure. As an improvement of the existing …

Two dimensional nature of thin membranes has led to their evolution as an essential
component in space structures that demand lighter mass and compact packaging. Origami …

Accurate thrust estimation is essential for the orbital design of solar sail spacecraft, as it
ensures adherence to the nominal trajectory and successful mission fulfillment. However …

This paper addresses the ways by which the releasing and deploying behaviors of a
creased space membrane can be predicted accurately. Although existing studies have …

Active origami structures offer an effective solution for designing thin membrane systems in
space applications such as solar sails and drag sails. By utilizing origami patterns and …